Thread splitting and cutting machine for embroidered fabrics



' J. BLUM.

THREAD SPLITTING AND CUTTING MACHINE FOR EMBROIDERED FABRICS.

' APPLICATION HLED DEC. 23, 1919. 1,408,856.

Patented Mar. 7, 1922.

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THREAD SPLITTING AND CUTTING MACHINE FOR EMBROIDERED FABRICS.

APPLICATION FILED DEC 23, 1919.

1 08,856. 7 Patented Mar. 7, 1922 6 SHEETS-SHEET 2.

mm o 0 ay IllIIll/Ill J. BLUM.

THREAD SPLITTING AND CUTTING MACHINE FOR EMBROIDERED FABRICS.

' APFLlCATlON FILED 020.23, 1919.

1,408,856. Patented Mar.7,1922.

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MACHINE FOR EMBROIDERED FABRlCS.

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THREAD SPLITTING AND CUTTING APPLICATION r 1,408,856,

' Patented Mar. 7, 1922.

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THREAD SPLITTING A ND CUTTING MACHINE FOR EMBROIDERED FABRICS. APPLICATION FILED DEC.23, 1919.

1,408,856. Patented Mar. 7, 1922.

' 6 SHEETS-SHEET 6.

sary to more the c JOHN BLUIVI, OF VJEST HOBOKEIJ', JERSEY,

THREAD SPLITTING AND CUTTING MACHINE FOR- EMBROIDERED FABRICS,

Specification of Letters Patent.

Application filed December 23, Serial No. 346,940.

To all whom it may concern:

Be it known that l, JOHN BLUM, a citizen o f the Unitedxfitates, and a resident of West Nobel-cert, in the county of Hudson and State of New Jersey, have invented certain new and useful Improvements in 'lhr ead- Splitting and Cutting hilachines for ill-robroidered Fabrics, of which the following is a specification. v

This invention relates to improvements 1n thread splitting and cutting machine; for embroidered fal'irics.

in the conventional end cutting machines heretofore employed, a cutter is rotated at a iredetermined distance above a supporting or guiding element for the einbioldered fabric and such fabric is guided into proximity to cutters which rotate above the upper side of the embroidered fabric. The result is that when a seam between leno'ths of the embroid fabric is encountered it is nezes- 1 ingelements away from it ric to Pl'titili] a cutting of such seam. 'ihis mo venient accomplish ed manually and requires careful and constant wetchinp by an attendant.

inc object of this invention is to eliminate the necessity of moving the cutting: elements and f i raoric support relatively and to provide a cuttingdevicc with which the fab ric contacts and iii-cans iiiperat-ing beneath the contacting surface of the cutting device splitting; the connecting threads and (nuttmg hit the ends so that uneven surfaces of the embroidered fabric will be supported and guided automatically into proper relationship with the splitting and cutting dcvices and no manualmovement thereof vvill be required.

.xinother object of this invention is to produce a machine by which the connecting ti -ends intermediate embroidered designs may be split and the severed ends then cut close to the embroidered designs, all by the same device and in one operation.

Another object is to procure greater snced, accuracy and certainty of the splitting and severing or cutting operations for the connecting threads and ends respectively han has heretofore been possible.

. tnother object of this invention is to provide a rotatable thread-splitting or endcutting device having integrally formed therewith a contacting" surface over which the embroidered fabric moves, and means below or coincident with the circumference of sai d rotatable ontacting surface for severing the hanging threadsor ends depending therefrom, whereby the embroidery may, without damage, be freely rolled or moved on or by the contacting surface and only the connecting threads or severed ends which extend or hang beneath this contacting surface Will be split or cut.

Another object is tov produce a machine in Which the connecting threads will be split and the ends cut off from both faces of the embroidery during one passage of the fabric therethrough, whereby much greater efiiciency and saving of time is procured.

Another object of this invention is to pro-' vide in a single element a cutter or cutting element having a fabric contact surface, said cutter preferably comprising a series of cutting rings or "collars, each provided with a contact surface portion, a circumferential groove portion and transverse grooves intersecting the contact portion, preferably at a plurality of points around the circum ference to provide cutting Walls adapted to cooperate with stationary cutting blades to split the connecting threads and out off the ends respectively" in the preferred form of this invention, a shaft is provided with a series of parallel cutting rings, each hav ing a circumferential groovje alternating with outwardly extending contact surfaces each collar preferably having a plurality of transverse cutting; grooves extending across the contact surfaces and communicating with the opposite circumferential grooves, so that the series of collars not only form a contact surface and guide for the embroidered fabric but the top and side Walls of the transverse grooves are adapted to cooperate respectively with stationary elements, some of which are'fitted Within the circumferentialgrooves to cooperate With the side Walls of suclrtransverse grooves, and others are disposed tangentially on the contact surface of the rings or collars.

With these and other objects in view, the

Patented Mar. 7, 1922.

Fig. 6;

Fig. 8 18 a section partly broken away on V invention comprises the combination of members and arrangement of parts so combined as to co-act and cooperate with each other in the performance of the functions and the accomplishment of the results herein contemplated, and comprises in one of its adaptations the species or preferred form illustrated in the accompanying drawings, in fwhich:

Fig. 1 is a view in elevation of one side of a; machine embodying my invention;

Fig.2 is a vertical section of the machine shown in Fig. 1, the machine being reversed in the twoviews; g V

"Fig; 3 is a View in plan ofthe said machinein the position shown in Fig. 2, part of the middle section thereof being broken away; i

Fig.4 is an enlarged vertical section similar to Fig. 2 of two of the thread-sever1ng devices and adjacent parts;

Fig. 5 is a front view of fabric stretching device preferably employed by me;

Fig. 6 is a view in plan of a portion of the combined supporting and cutting device employed by me; I

Fig. 7 is a section on the line of the line 8 8 of Fig. 6;

Fig. 9 is a detail section. of one of the combined embroidery supports and thread cut-v ters; r

Fig. '10 is an enlarged elevation partly in section of one end of theembroidery folding or depositing frame preferably employed in my improvedmachine;

Fig. 11' is a section on the line 11-11 of Fig. 10,lool ing in the direction of the arrow and Fig. 12 is an enlarged side view in elevation of the upper part of the mechanism shown in Fig. 10.

V Referringnow to these drawings, which illustrate a preferred embodiment of my in" ventio-n, 3 indicates the main frame of the machine.

. The fliread-cclztters or severing devices.

Suitably mounted in the main frame 3 are a pluralityof combined supporting and thread-severing devices, preferably arranged inpairs, 1, P Q, 2 and as shown, are so mountedto have rotary movement only on shafts 4----;l---5-5 journalled in suitable bearings in said frame'f'l. Preferably such supporting and severing devices are so arranged that when apiece of embroidery is fed or moved oncethrough the machine all construction and are preferably, as shown, arranged in pairs and each pair so disposed with relation to cooperating blades as ,to permit two of such elements to operate on one side or face of the embroidery and the other pair to operate upon the opposite side of the same fabric, This pairing of devices is done for the purpose of insuring the severing and removal of all ends or threads from both surfaces of the embroidery fabric, incl uding the splitting of the connecting threads and the cutting 0d of the ends when so split, but it will'be' obvious, however, that a single severing device might be employed, if desired, and both sides of the embroidery presented thereto by passing the same through the machine two 7 or more times. Said rotary thread-cutters or severing devices each comprise a series of thread-cut ting or severing elements 16 keyed to shafts 15 supported on gudgeons 4,4 and 5, 5*. Each of these elements 16, as shown, (see Fig. 6) is identical in construction and is provided with an outer collar portion 16 and a reduced or groove-portion 16 the arrangement being such that when a series of these elements 16 are keyed on the shaft the various outer collar portions 16 will be an ranged at the outer periphery of the device and the reduced portions 16 below such periphery, so that a series of circumferential grooves 17 will be formed between the opposite walls of said peripheral parts 16 of the severing element 16. At one or more places around the circumference of the portion 16 a transverse groove 18 is formed which communicates on its opposite sides with the circumferential grooves 17, and thus forms front and rear' walls. The corners 18 formed between the walls of these transverse radially disposed grooves and the circumferential grooves are preferably sharp and cooperate with the edges 19 of a series of stationary cutting blades 19 seated in the circumferential grooves to split or cut any ends which may projector hang below the surface-of the part 16. These stationary cutting blades are, as shown, mounted. upon supporting beamsor bars 20 arranged parallel to the cutting devices and each of said cutting blades are preferably independently connected at one end to said beam or bar 20 in any suitable way, and, as shown, (see 6, 7 and 8) by screws 19 and have their opposite ends free and projecting out-- wardly from said supporting beam and disposed inthe said circumferential grooves with the outer cutting edges thereof in such disposition to the'radialside walls of the transverse radially disposed-- grooves 18 as to cause. a cutting or scissors action to take place below the peripheral fabric-supporting' surfaces 16 when the cutting device 1 is rotated relatively to the said free edge of the radially-disposed cutting blade 19. whenembroidery is superimposed upon the peripheral supporting surfaces 16 of a cutting device, any connecting threads which hang below the surface thereof and extend into the transverse grooves will be split or severed by the cooperative action of the radial side walls of the transverse grooves and the edges of the cutting blades 19 which are seated in said circumferentially disposed grooves. i

In order further to split-and out such threads the edge or corner 16 formedbetween the outer periphery or surface of the part 16* and said transverse groove 18 is also preferably cut sharp, and I provide another. series of segmental cutting blades 21. to cooperate with the said cutting edge. liach. of these segmental cutting blades is also preferably mounted upon the bar 20 at one end and has its opposite end projecting outwardly and provided with an arc-shaped groove 22 which fits over the outer periphery bf the part 16, so that the outer transverse edge 2? of the said blade will, when the cutting devicezis rotated, produce with said transverse cutting edge a contacting cuttlng or scissors action. These latter cutting blades are preferably so connected to the bar 20by screws 21 and are slightly shorter than the blades 19 so that the free cuttin ends thereof extend within a distance or the cuttingcnds of the cutting blades'lt), the cutting ends of the latter being preferably disposed in a plane perpendicular to the axis of the cutting device 16, while the cuttingedge of cutting blades 21 are disposed at one side of such perpendicular.

When the two series of cutting blades are arranged as above indicated, one of them disposed between the, other,=a flat table surface isformed over which the embroidery is adapted to travel in its iassage through the machine and OVGlyilllQ cutting devices. I

The embroidery guiding and stretching devices.

The eml; roi .lery to betreated is first preferably placed upon a feed rack 6 supported upon an outer frame 7 above the severing devices and the embroidery fabric 8 is guided from said rack beneath a roller 34 iind into contact with a suitable spreading or stretching device 9; thence between guiderollers 10 which retain the same in contact with the upper fabric-supporting surface of It will be obvious that the other member 1 of the first pair of severing devices and over the cooperating blades thereof for the purpose of cutting any ends which may have been missed by the first device. The embroidery fabric is then led. through or between another pair of guide-rollers 11 beneath and into contact with the lower surface of the first member 2 of the second pair of severing devices and its cooperating blades;- then between the second pair of guide rollers 11 and beneath and into contact with the lower surface of the member 2 of the severing devices; the arrangement being such that one face ofthe embroidery fabric is; presented to or placed in contact with the severing devices ,l- -l and their cooperating blades, and the opposite; face is likewise placed in contact with thepair of severing devices 22, after which the embroidery passesbetween suitable guide rollers 13l3" and upwardly to rocking folding frame 14. The fabric stretching device 9 may be of any suitable form and as shown it comprises a series, and preferably two pairs, ofpulleys 2424s-, each of said pulleys preferably being provided with edge grooves 25, and such pulleys are arranged with their grooves in parallel plane extending across the front of the machine.-. As illustrated, the end pulleysare journalled on stub shafts 26, journalled in suitable bearings at the opposite sides of thegfront of the machine, while. thejcentral pulleys 24 are mounted on spindles 27-27 journalledin spaced plates 28 which is mounted tomove vertically upon a screw shaft 29, threaded in a. nut 30, fastened in place by a strap 31 to a. horizontal supporting bar 82stretched across the machine. Mounted upon the pulleys to extend. across and parallel'to the front of the machine is an endless belt 33, both runs ofwhich are crossed between the centraily mounted .PLIllGyS Q P so as to cause two parts of the top run thereof to move in opposite directions at theopposite sides of the central portion thereof in order to cause a fabric which contacts therewith to be stretched by frictional';contact therewith in opposite directionsfrom the central portion of said fabric. As illustrated, this belt is cylindrical in conformation and composed of a series of rings of spring'wire so as to enable the same to procure a. better frictional contact with the embroidered fabric. A. roller bar 34,-; is disposed parallel to said belt at oneside thereof so as to guide the" fabric into contact therewith. 1

The guiding rollers ll 12 and 12 are all of similar, construction and as illustrated are mounted upon, the endv of rocking arms 35 which are pivctedon a shaft 86, onwhich is mounted a gear wheel 37 p which meshes with a worm 38 on a shaft 89 adapted to be rotated by a knob 40 to rock the arm 35 and guide rollers mounted thereon so asto accurately guide theembroidered'fabric into contact with the thread cutting or severing devices and their cooperatingblades. v rack 6 is of conventional construction comprising a series of parallel bars 6 in frame members 6, which frame is adapted to rock about one of the central bars. This rocking is adjusted by means of a gear 6 meshing with a worm 6 on a downwardlyextending shaft 6 suitably mounted on the frame and havinga'lrnob orhandle 6 for manipulating the same. V

The construction of the fabric folding frame 14 is illustrated in Figs. 1, 2 and to 12. As illustrated, a roller 41 is mounted uponfa shaft 42 in suitable bearings 43 on .therupper frame 7 of' the :machine and-"the i shaft 42'is, as illustrated, rotated by means of a helical gearefmeshing with a helical gear 45 on a shaft 46 which, as shown in Figs. 1 and 10,"is mounted in bearings 47 and 48 respectively and is rotated by intermeshing helical gears .49 from a vertical shaft 50 suitably supported on'the' frame of the machine and having at its opposite end a bevelled gear 51, which meshes with another bevelled gear 52 on the drive shaft 53,which is rotatedby suitabletransmission from the pulley 54 and its shaft 54 Mounted at one end of the roller shaft 4L2 isa disc whe'el'55 having a pin 56'eccentric wheel 62 on the shaft42, over which wheelof the axis thereof,'which pin extends into a block 56 sliding in ways '57 in a rocking frame 58 pivoted at 59 to the upper frame -of the machine.

The shaft 53" also preferably drives the rollers 13 l3 'at one end of the machine by means of the helical; gear 13 and at the opposite end drives one of the pulley wheels '24 to drive the belt '33 which is mounted thereon. I i i g V The rocking arm is, provided below the pivot 59' with a penduliim portion60 which is rocked by means of the disc wheel and a continuous belt 63 passes,'which belt is, as

shown, in Fig. 11, conducted downwardly on the inner side of pulleys 64 and through 0pposite conduits 65, and over pulleys 61 in the same directionand thence around an idler pulley 66, the arrangementbeing such as to cause the two pulleys 61 and the rollers 61 associated therewith to be rotated in opposite directions during the swinging or rocking movement of the pendulum frame 60. It is obvious that when the embroidery fabric is passed down through-these rollers The mas-s56 61? and the'frarme r'ocked as aforesaid, the fabric will be swungfrom side to side'as it is fed downwardly by the rollers and neatly folded-on the floor or other suitable place contiguous to the machine 'llhepulley 54 is driven by the motor 68 by belt 69 which in turn rotates the severing devices Z, 2 by belt 7O. running over pulleys 71 and 72 on shafts 55" and said motor has a direct driving connection by belt 67 andpulleys 73 and 74 with the shafts 4- and e for the severing devices 1 and 1* cutting element provided with a fabric-0on tacting surface in fixed relationship with said cutting element and having depressed grooves beneath such contact surface extend-C ing transversely of thepath of rotation of said cutting'element and means cooperating with said grooves for severing threads eX- tending from the embroidered fabric into such rooves. V

2;fii athread-splitting and cutting ma-, chine'for embroidered fabrics, a rotatable cutting element provided with a fabric-con-v tacting surface forming part thereof and rotating therewith and having depressed grooves beneath such contact surface extending transversely of the path of rotation of said cutting element and means cooperating with the walls of such transverse grooves for severing threads on the embroidered fabric.

3. In a thread-splitting and cutting machine for embroidered fabrics, arotatable.

cutting element having a contact-surface for the embroidered fabric and provided with a series of depressed grooves extending transversely'of the path of rotation of said cutting element and another series of circumferential grooves intersecting the said transverse grooves, and means fitting'within said circumferential grooves and cooperating withthe walls of the transverse grooves to cut threads extending from said embroidered fabric within said grooves.

4. In a thread-splitting and cuttingmachine for embroidered fabrics. a rotatable cutting element embodying a shaft, a series of abutting cuttingrings mounted onsaid shaft eachprovided with a contact surface portion for the embroidered fabric and having a depressed groove portion intersecting said contact surface transversely of thepath ofmovement thereof and also having a depressed circumferential groove portion communicating w1th the transverse groove; and a stationary cutter-blade disposed within mosses each circumferential groove and cooperating with the side walls of the transverse cutting grooves to cut threads extending from the contacting face of the embroidered fabric within the grooves.

5. In a thread-splitting and cutting ma chine for embroidered fabrics, a rotatable cutting-element embodying a shaft, a series of abutting cutting-rings mounted on said shaft each provided with a contact surface for the en'ibroidered fabric and having a depressed groove portion intersecting saic contact surface transversely of the path of movement thereof and also having a depressed circumferential-groove-portion communicating with the transverse groove, a stationary cutter blade disposed within each circumferential groove portion and cooperating with the side walls of the transverse cutting grooves and another series of stationary elements contacting with said contact surfaces and adapted to cooperate with the top edge of said transverse grooves to cut the threads extending from the contacting face of the embroidered fabric with in said grooves.

6. In a thread-splitting and cutting machine for embroidered fabrics, a rotatable cutting-element embodying a shaft, a series of abutting cutting-rings mounted on i said shaft, each provided with a contact surface for the embroidered fabric and having a depressed groove portion intersecting said contact surface transversely of the path of movement thereof and also having a depressed circumferentialgroove-portion com municating with the transverse groove, a stationary cutter blade fixed at one end and having its free cutting edge positioned within each circumferential groove sulristantially in a perpendicular plane passing through the axis of the shaft and cooperating with the side walls of the transverse cutting grooves and another series of stationary elements contacting with said contact surfaces and adapted to cooperate with the top edge of said transverse grooves to cut the threads extending from the contacting face of the embroidered fabric within said grooves.

7. In a thread-splitting and cutting machine for embroidered fabrics, a rotatable cutting-element embodying a shaft, a 'series of abutting cutting rings feathered on said shaft, each provided with a contact surface for the embroidered fabric and having a depressed groove portion intersecting said contact surface transversely of the path of movement thereof and also having a depressed circumferentialgroove portion communicating'with the transverse groove, a stationary cutter-blade disposed within each circumferential-groove-portion and cooperating with the side walls of the transverse cutting grooves, and another series of Sta tionary cutting elements bearing on said contact surfaces and adapted to cooperate with the top edge of said transverse grooves and positioned to the rear of a perpendicular passing through the axis of said cutting element.

8. In a thread-splitting and cutting machine for embroidered fabrics, a rotatable cutting element embodying a shaft, a series of abutting cutting rings mounted on said shaft, each provided with a contact surface for the embroidered fabric and having a depressed groove portion intersecting said contact surface transversely of the path of movement thereof and also having a de pressed circumferential-groove-portion communicating with the tranverse groove, a stationary cutter blade fixed at one end and having its free cutting edge positioned within each circumferential groove substantially in a perpendicular plane passing through the axis of. the shaft and cooperating with the side walls of the transverse cutting grooves to cut the threads from the contacting face of the embroidered fabric, another series of elements also fixed at one end, having its free end bearing on said contact surfaces and adapted to cooperate with the top edge of said transverse grooves, said free end being positioned to the rear of a perpendicular passing through the axis of said cutting element and being provided with an areshaped groove corresponding with the arc of the contact surface to cause the top surface of each of such cutting blades to be disposed tangentially to the contact surface to produce a smooth surface for the fabric.

9. In a splitting and cutting machine for embroidered fabrics, a rotatable cutting element provided with a contact surface for the embroidered fabric and having a series of depressed grooves extending transversely of the path of rotation and in staggered relationship to each other and also having another series of circumferential grooves communicating with the said transverse gooves, and means in said circumferential grooves cooperating with the walls of the tranverse grooves to cut threads on the contacting face of said fabric.

10. In a thread-splitting and cutting machine for embroidered fabrics, a rotatable cutting element embodying a shaft, a series of abutting cutting rings mounted on said shaft, each provided with. a contact surface for the embroidered fabric and having a plurality of depressed groove portions intersecting said contact surface transversely of the path of movement thereof and also having a depressed circumferential groove portion communicating with the transverse groove, and a stationary cutter blade having a portion disposed in contact with each circumferential groove portion and cooperating with the side walls of the transverse cutting-grooves to cut the threads from the contacting face of the embroidered fabric. 11. In a thread-splitting and cutting ma chine for embroidered fabrics, a rotatable cutting element embodying a shaft, a series of abutting cutting-rings mounted on said shaft. each provided with a contact surface for the embroidered fabric and having a plurality of depressed groove portions intersecting said contact surface transversely of the path of movement thereof and also having a depressed circumferential groove portion communicating With the transverse groove, the said series of cutting rings being arranged on said shaft in such relationship that the transverse grooves will be positioned in staggered relationship to each other, and a stationary cutter blade disposed in contact ivith each circumferential groove portion and cooperating with the side walls of the transverse cutting grooves to cut the threads from the contacting face of the embroidered fabric.

12. In a thread-splitting and cutting machine for embroidered fabrics, embodying a suitable frame, a plurality of shaft-s suit ably mounted in said frame; cutting); ele-' ments mounted on each of said shafts having a series of depressed grooves extending transversely of the path of rotation of said cutting element, another series of circumferential grooves intersecting; the said transverse grooves and means cooperating with the Walls of the transverse grooves to cut threadson the contacting: face of said fabric. I r

13. In a splitting and cutting; machine for embroidered fabrics, embodying a suitable frame, a plurality of shafts suitably mount ed in said frame; cutting,- elements mounted on each of said shafts having afseries of de pressed grooves intersectingsaid contact surface transversely of the path of movement thereof and also having depressed circumferential grooves communicating with the transverse grooves, and a stationary cut ter blade disposed in contact with each circumferential groove portion to cooperate WllZ-h the side Walls of the transverse cutting grooves to cut the threads from the contacting face of the embroidered fabric, the said stationary blades being; mountedat one side of one of said cutting elements to sever threads on one face of the embroidered fabric and on the opposite side of another of sald cutting elements to sever threads onithe opposite fare of said embroidered fabric. and means arranged to guide one "face of said embroidered fabric into contact with a c'uttinrrelement and then the opposite face. '14. In a thread-splitting and cutting machine for embroidered fabrics, embodyinga suitable frame, a plurality of shaftsmounted .-in' pairs in'said frame; cutting devices the side walls of the transverse cutting grooves to cut the threads from the contacting face of the embroidered fabric, the said stationary blades being mounted at one side of one pair of said cutting elements to sever threads on one face of the embroidered fabric and on the opposite side of'another of said cutting elements to sever threads on the opposite face of said embroidered fabric, and means for guiding the fabric into contact with the opposite sides of the pairs of said cutting elements. 15. In a thread-splitting and cutting machine for embroidered fabrics, embodying a suitable frame, a plurality of shafts suitably mounted in said frame; cutting elements mounted on each of said shafts having a series of depressed grooves intersecting said contact surface transversely of the path of movement thereof and also having depressed circumferential grooves communicating with the transverse grooves, a stationary cutter blade having a portion disposed in each circumferential groove and cooperating With the side Walls of the transverse cutting grooves to cut the threads from the contictinu face of the embroidered fabric, the said stationary blades beingmounted at one side of one of said cutting. elements to sever threads on one face of the embroidered fabric and on the opposite side of another of said cutting elements to sever threads on the opposite face of said embroidered fabric, means for stretchinofthe embroidered fabric, in cans for guidingthe same into contact with said cutting elements and a feed rack on which'said embroidered fabric is initially mounted.

16. In a'thread-splittino; and cutting machine for embroidered fabrics, embodying a suitable frame;'a plurality of shafts suitably mounted in said frame; cutting elements mounted-on each of said shafts having; a series of depressed grooves intersecting; said contact surface transversely of the path of movement thereof and also having depressed circumferential grooves communicating with the transverse grooves; a; $133; tionary cutter blade having a portion disposed in contact with each circumferential groove and cooperating with the. side Walls of the transverse cutting-grooves to'cut the threads from the contacting face of the embroidered fabric, the saidstationary blades being mounted one side of one of said cutting elements to sever threads on one face of the embroidered fabric and 011 the opposite side of another of said cutting elements to sever threads on the opposite face of said embroidered fabric; means for stretching the embroidered fabric; means for guiding the same into contact With said cutting e1ements, a feed rack on which said embroidered fabric is initially mounted and a fabric folding device at the opposite end of said machine.

In Witness whereof, I have signed my name to the foregoing specification in the presence of the subscribing Witness.

JOHN BLUM.

Witness EDWARD HQLLANDER. 

